def get_metar(args):
if len(args['metar']) == 4:
raw_metar = metar_sources.download(args['metar'])
else:
raw_metar = args['metar']
return parse(raw_metar)
def test_p(self, string):
test = parse(string)
if test.reporttype != 'NIL':
self.assertEqual(test.report.pressure, 1013)
else:
self.assertIs(test.report, None)
self.assertEqual(test.unmatched, '')
def test_transitionlevel(self, metar, expected):
metar = parse(metar)
self.assertEqual(
transition_level(self.airport, self.transition, metar), expected)
def test_intro(self, metar, expected):
metar = parse(metar)
self.assertEqual(intro(self.letter, metar), expected)
def test_qnh(self, metar, expected):
metar = parse(metar)
self.assertEqual(qnh(metar), expected)
def test_dewpoint(self, metar, expected):
metar = parse(metar)
self.assertEqual(dewpoint(metar), expected)
def test_temperature(self, metar, expected):
metar = parse(metar)
self.assertEqual(temperature(metar), expected)
def test_sky_gndlevel(self, metar, expected):
metar = parse(metar)
self.assertEqual(sky(metar), expected, 'see: issue#15')
def test_sky(self, metar, expected):
metar = parse(metar)
self.assertEqual(sky(metar), expected)
def test_recentWeather(self, metar, expected):
metar = parse(metar)
self.assertEqual(precip(metar), expected, 'issue #TODO')
def test_clouds(self, metar, expected):
metar = parse(metar)
self.assertEqual(clouds(metar), expected)
def test_weather(self, metar, expected):
metar = parse(metar)
self.assertEqual(weather(metar), expected)
def test_rvr(self, metar, expected):
metar = parse(metar)
self.assertEqual(rvr(metar), expected)
def test_vis(self, metar, expected):
metar = parse(metar)
self.assertEqual(vis(metar), expected)
def test_wind(self, metar, expected):
metar = parse(metar)
self.assertEqual(wind(metar), expected)
def test_p_attributeerror_vis(self, string, errorexp):
with self.assertRaisesRegexp(ValueError, errorexp):
parse(string)